allPIXA neo 4k 10 GiGE

Camera specifications

General
Model	allPIXA neo 4k 10GigE Mono allPIXA neo 4k 10GigE Color
Product code	CP000660-04k-77-M1-A1 CP000660-04k-77-M1-A1
Availability	Available
Sensor
Sensor type	Line scan 2D
Chroma	Mono, Color + Mono
Spectrum	Visible
Spectral range	400 nm – 960 nm
Resolution	4096 × 1 4096 × 4
Sensor architecture	CMOS (SI)
Sensor Size / Image circle
Pixel size	7 µm × 7 µm
Pixel formats / Data format / Output color space
Data format	3 × 8/10/12 Bit color or 1 × 8/10/12 Bit mono or 4 × 8/10/12 RGB + Mono
Sensor bit depth (ADC)	10-bit
Video output	RJ45 (10GBase-T)
Imaging performance
Quantum efficiency (529 nm)
Quantum efficiency (850 nm)
Full well capacity
Timing and gain
Max. line rate (single-line)	250 kHz
Max. line rate (tri-linear)	90 kHz
Max. line rate (quad-linear)	250 kHz
Exposure time	10 ke^- and 40 ke^-
Gain	1 to 5
I/O’s and Power
Non-isolated lines (I/O’s)
Specific non-isolated lines (I/O’s)
Opto-isolated lines(I/O’s)
Power supply	PoE or digital I/O port
Power consumption	External: 12 W
Operating conditions
Operating temperature (housing)	0 °C – 60 °C; 32 °F – 140 °F
Mechanical properties
Body dimenstions (L x W x H)	62 mm × 62 mm × 62 mm
Filter / Protection glass
IP class (ingress protection)	IP50
Shock and vibration tests
Lens mount	M42 × 1 mm / F-Mount, TFL
Wight / Mass	0,35 kg
On-board memory on FPGA
Image buffer (RMA)
Non-volatile memory (Flash)
User data memory
Interface for image transfer
Digital interface / Video output	Single 10 GigE
Interface connector	RJ45 (10GBase-T)
Vision standard	GigE Vision 2.0 compliant

Temperature during transport and storage	-20 °C – +85 °C; -4 °F – +185 °F
Certifications	CE, RoHS
General ambient conditions
Transport	IEC 721-3-3:IE33
Operation	IEC 721-3-3:IE21
Storage	IEC 721-3-3:IE11

Camera features

Image control
Binning	Digital
Color transformation	Ye
Brightness and Contrast	Yes
Exposure modes	Manual
PRNU	Yes
DSNU	Yes
Gain modes	Manual Auto
Gamma	Yes
LUT (look-up table)	Yes
Mirror Images	Yes
ROI (region of interest)	Yes
White balance mode	Manual Auto
Camera control
Acquisition Line Rate	Yes
Action commands (Trigger over CXP)	Yes
Temprature monitoring	Yes
Trigger mods / sync	Freerun Internal Software trigger External trigger Line trgger Frame trigger Encoder
User sets	Yes
Master Slave	Yes
Flash (Multi field imaging)	Yes
Sensor tempreature control
Temperature specific events	Yes
Temprature status indicator	Yes

Line scan sensor

Sensor pixel arrangement

Sensor line spacing and pixel arrangement of the 4k sensor

Spectral sensitivity

Measured relative sensitivity of the color and the mono sensor

Sensor alignment and orientation

Alignment and orientation of the 4k sensor: Color + Mono

Mechanical dimensions

Dimensional drawing of the allPIXA neo 4k/6k 10GigE

Download as pdf-file

Download dimensional drawing of the allPIXA neo 4k/6k 10GigE

Interface specification


1	Video output port 10GigE (RJ45) and power supply	2	Digital I/O port and power supply
3	Status LED	4	Connector for additional fan

Line rate

Configuration	Line rate
Mono (8 bit)	249.7 kHz
RGB (8 bit)	88.4 kHz
RGB + Mono (8 bit) (NIR)	69.9 kHz

Power supply

You can either use Power over Ethernet (PoE) or the power supply of the external digital I/O port.

Digital I/O port

The following connector is required for the digital I/O port:

15 pin HD D-Sub (female)

Pin allocation D-Sub connector (male) of the camera

You can configure the digital I/O port as RS422 or as single-ended input or output. It is also possible to configure one output as RS422 and the other output as single-ended.

RS422 configuration

Pin	Line definition for RS422 configuration	Signal RS422	Configuration proposal
1	Line 1	In1+	Encoder Source A, Line Start
2	Line 1	In1–	Encoder Source A\, Line Start\
3	Line 2	In2+	Encoder Source B, Fame Start, Frame Active
4	Line 2	In2–	Encoder Source B\, Fame Start\, Frame Active\
5	GND (Signals)		Signals Ground
6	Line 3	In3+/Out3+	Encoder Source A, Fame Start, Frame Active, Line Start, User Output3+
7	Line 3	In3–/Out3–	Encoder Source A\, Fame Start\, Frame Active\, Line Start\, User Output3-
8	Line 4	In4+/Out4+	Encoder Source A, Fame Start, Frame Active, Line Start, User Output4+, MS-In+
9	Line 4	In4–/Out4–	Encoder Source A\, Fame Start\, Frame Active\, Line Start\, User Output4-, MS-In-
10	GND (PWR)		Camera Power Ground
11	Line 5	Out5+	User Output5+, MS-Out+
12	Line 5	Out5–	User Output5-, MS-Out-
13	Line 6	Out6+	User Output6+
14	Line 6		User Output6-
15	Vcc (PWR)		Camera Power DC +12 V – +24 V

Single-Ended (SE) configuration

The input threshold voltage can be configured globally to 3.3 V, 5 V, 12 V and 24 V. The Maximum input voltage is 28 V. The set voltage level is then active for all single ended inputs and outputs.

Pin	Line definition for Single-Ended configuration	Signal Single-Ended	Configuration proposal
1	Line 1	In1 (3.3 V, 5 V, 12 V, 24 V)	Encoder Source A, Line Start
2	--	--	--
3	Line 2	In2 (3.3 V, 5 V, 12 V, 24 V)	Encoder Source B, Fame Start, Frame Active
4	--	--	--
5	GND (Signals)		Signals Ground
6	Line 3	In3 (3.3 V, 5 V, 12 V, 24 V) Out3 (3.3 V)	Encoder Source A, Fame Start, Frame Active, Line Start, User Output3+
7	--	--	--
8	Line 4	In4 (3.3 V, 5 V, 12 V,24 V) Out4 (3.3 V)	Encoder Source A, Fame Start, Frame Active, Line Start, User Output4+
9	--	--	--
10	GND (PWR)		Camera Power Ground
11	Line 5	In5 (3.3 V) Out5 (3.3 V)	LED Flash Out 3, User Output5
12	Line 7	In7 (3.3 V) Out7 (3.3 V)	LED Flash Out 2, User Output7
13	Line 6	In6 (3.3 V) Out6 (3.3 V)	LED Flash Out 0, User Output6
14	Line 8	In8 (3.3 V) Out8 (3.3 V)	LED Flash Out 1, User Output8
15	Vcc (PWR)		Camera Power DC +12 V – +24 V

LED status indicator

Color code	Behavior	Description
	Off	No power supply or the input voltage is out of range.
	Blue continuous	The device is OK and provides image data. Between image gaps the LED is off.
	Green continuous	The device is in power-up mode.
	Green blinking	The device is OK and ready.
	Yellow continuous	Warning-state: The device is operational.
	Red continuous	Error-state: The device is not operational.